5G Testing – A comprehensive course
Learn all about 5G network testing and its importance in building scalable fiber-based networks. Explore various testing tools and techniques used to verify network speeds, low latency, and expansive coverage density. This course is ideal for 5G professionals, engineers seeking testing jobs, and students aiming to secure placements in telecom companies.
What you’ll learn
- Radio Network Testing
- 5G Core Network Testing
- Framework to conduct 5G Testing
- E2E 5G Testing Architecture
- Phases of E2E 5G Testing Architecture
- 5G High-level Testing Capabilites Decision Process
- Modular Elements to conduct 5G Testing
- Network Testing
- 5G Network Slicing Testing
- 5G Security Testing
- Tests to be carried out and procedures
- 5G OTDR testing
- WDM in fiber testing
- 5G PON Testing
- 5G Network Testing Parameters
- Challenges in 5G Network Testing
- 5G Testing Procedures
- 5G Core Simulation
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This course of 5G testing covers all topics which are required to understand this concept completely. Testing the 5G network is essential to building a scalable fiber-based network. Various testing tools are used to test the network completely. Testing 5G networks cover verifying the speeds of the network, low latency, and expansive coverage density of the networks. 5G testing has become a critical enabler of the 5G potential. 5G fiber networks are being challenged so that they can meet the front haul and backhaul demands of the network for high speed, reliability, low latency, and synchronization with the addition of the NFV (Network Functions Virtualization) and SDN (Software-defined networking) techniques.
The three main use cases of 5G cover eMBB (enhanced Mobile Broadband), URLLC (Ultra-reliable low-latency communications), and mMTC (massive Machine type communications). 5G standardization and applications focused on eMBB as the first main use case for faster data transfer speeds for the end-users. The other two main use cases are URLLC (ultra-reliable low-latency communications) and mMTC (massive machine-type communications). The mMTC use case supports fast and unlimited connections of a large number of devices such as required for IoT applications. For URLLC, reliable communications, and low latency are mandatory for all vertical applications such as the Industrial IoT and autonomous driving. There are also various test challenges that are involved as Component Research and development, design and validation, Antenna complexity MIMO and beamforming, expanding bandwidth, etc.
What you will learn
5G OTDR testing
WDM in fiber testing
5G PON testing
Radio network testing
5G core testing
Framework to conduct 5G testing
E2E 5G testing architecture
Phases of E2E 5G testing architecture
5G high-level testing capabilities decision process
5G testing capabilities decision process
Modular elements to conduct 5G testing
Network testing
5G network slicing testing
5G security testing
Tests to be carried out
Challenges in 5G network testing
5G network testing parameters
5G testing procedures
5G core simulation
Who this course is for:
- 5G Professionals looking to switch careers
- Engineers looking for 5G Testing Jobs
- Students willing to learn 5G for getting placed in Telecom Companies
